The Raspberry Pi 3 - even faster than the Pi 2, 1 Giga of RAM, WiFi...
Assortment of BreadBoard wires Female-Female 300mm and 75 mm + Long...
75 extra flexible prototyping wires for breadboard
Prototyping and e-learning platform for creating interactive objects or...
2 heat sinks + adhesive - high performance, for your Raspberry-Pi
Hall effect sensor - Sensitive to magnetic fields
Python on microcontroler : getting started and advanced usage
Graphical Display: Sharp Memory Display 128x64 - 1.3" SPI Interface
5x transistors NPN BC547B NPN 45V Ic = 100mA hFE = 200 625mW
Athmospheric Pressure sensor using MEM's technology Pressure 50 kPa~115...
Arcade Button 100mm BLUE 1 LED (12V) Resistor included
Arcade Button 100mm GREEN 1 LED (12V) Resistor included
Arcade Button 100mm YELLOW 1 LED (12V) Resistor included
Arcade Button 100mm WHITE 1 LED (12V) Resistor included
Pin Stacking header 40 pins for: LOW PROFILE 8mm connector (housing)...
15x7 CharliePlexing LED matric 15x7 LEDs RED I2C interface For Feather
4 position display ALPHANUMERIC 14 segments + dot Yellow-Green I2C...
Music Maker for Feather Audio reader for numeric format MP3, AAC, Ogg...
Explore codable lighting with...
Explore codable lighting with Micro:bit and this extension pack (NeoPixel compatible)
Warning: Last items in stock!
This is an add-on pack for the Kitronik Inventors Kit for the BBC microbit offering a perfect way to lean more about LEDs and colorfull lightning. These LEDs are simple to control and produce fantastic colours.
Many electronic devices uses LEDs, they are a great way of offer visual feedback for the user. With this product, user will learn to create code for controling the LEDs and how to use LEDs as responses interface for input components such as potentiometers or sensors. With ten experiments, 9 in the booklet + one online, you will learn to develop the skills needed to add visual feedback to your projects.
ZIP LEDs (also called NeoPixels or WS2812B) are individually addressable RGB LEDs. All LEDs are connected with 3 wire bus and each LED can be controlled independently. Each LED can produce a full color spectrum (independently of other LEDs).
They can be coded for the microbit in both MakeCode Blocks and MicroPython. As the ZIP LEDs are WS2812B, you can use those products with any product having WS2812B driver (Arduino, MicroPython).
What can you learn with this kit:
For each order will receive: